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International Society of Biomechanics |
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International Society of Biomechanics |
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Biomechanical Data Resources |
Movement Data |
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Data / Contributor |
Description and Links |
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C3D TOOLS Edmund Cramp |
The C3D file format provides a common method of storing 3D and analog information in a file and is supported by many popular motion capture systems. The C3Dserver is a fully functional and free evaluation version of the Software Development Kit including complete VB and C++ source code examples for creating, reading and writing C3D files. More info at www.c3d.org |
Downloads File Format Manual C3D Server SDK Sample Gait Data |
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| BIOMECH D. Gordon E. Robertson |
A package of software and data that may be used for kinetic and kinematic analysis of planar human or animal motion | Information and downloads | |||||||||||||||||
| GAIT DATA D. A. Winter | 2-D walking (kinematics and force plate) data from: D.A. Winter, Biomechanics and Motor Control of Human Movement, 2nd edition, John Wiley & Sons, 1990. | ZIP file | |||||||||||||||||
| GAITLAB C. L. Vaughan et al |
3-D software and data
accompanying the book: C.L. Vaughan, B.L. Davis, and J.C. O'Connor, "Dynamics
of Human Gait", 1st edition, Human Kinetics Publishers, 1992. These files were kindly placed in the public domain by the authors. A new Windows version, on CD-ROM and including hundreds of files with patient data, has been published in 1999. For details, see the website of Kiboho Publishers. Contents:
Each data directory contains four files: anthropometry, EMG, force plate, and kinematics. These files are in plain text (ASCII) format. Installation: UNZIP the program files. In the same directory where gaitlab.exe is, create directories "man", "woman", and "clinical", and install the data. |
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| CYCLING
DATA Steve Kautz |
Pedal forces and kinematics during cycling | Information & Downloads | |||||||||||||||||
| CUTTING
MOVEMENTS Rick Neptune |
Muscle coordination during cutting movements - includes EMG, 3-D kinematics, and 3-D ground reaction forces. | Information & Downloads | |||||||||||||||||
Pressure Data |
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Data / Contributor |
Description and Links |
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| Pressure Examples Novel GmbH |
Pressure distribution software (Win3.1) and sample data including normal and diabetic foot, seat and hand pressure distributions. | Information & Downloads | |||||||||||||||||
| Walking
and Running Ewald Hennig |
Pressure distribution data and animations for platform walking and comparative in-shoe running (contributed by Ewald M. Hennig). | WWW Link | |||||||||||||||||
ISB FEM Mesh Repository |
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Data / Contributor |
Description and Links |
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| ISB FEM Mesh Repository | The ISB FEM mesh repository is coordinated by Marco Viceconti. | WWW Link | |||||||||||||||||
| Standard
Femur Geometry Marco Viceconti |
WWW Link |
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Musculoskeletal Models |
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Data / Contributor |
Description and Links |
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| 3D
Lower Limb Scott Delp |
This data set provides the parameters needed to develop a computer model of the human lower limb. It is based on a model developed at the VA Rehabilitation R&D Center in Palo Alto California from 1987-1990. All data may be used and copied for non-commercial use. The data set includes descriptions of bone surfaces, joint kinematics, muscle lines of action, and muscle force-generating parameters. This data allows one to calculate the lengths, moment arms, forces, and joint moments generated by forty three muscles of the lower limb. The data set is presented in several files. | Information & Downloads | |||||||||||||||||
| Pelvis
Model Christian Gohl |
This is a geometric model of a human pelvis. It is not meshed; there are just nodes and lines. | Download | |||||||||||||||||
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3D Morphology Data |
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Data / Contributor |
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| CT
Data Serge van Sint Jan |
Computer Tomography scans of various bones, with detailed supporting information | Information and Downloads | |||||||||||||||||
WWW Links |
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Test Data for Filtering and Differentiation |
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Data / Contributor |
Description and Links |
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| Golf
Ball Drop C. L. Vaughan |
Time-position (seconds, meters) of a falling golf ball. From: C.L. Vaughan, Smoothing and differentiation of displacement-time data: an application of splines and digital filtering. International Journal of Bio-Medical Computing 13:375-382, 1982. Double differentiation should give a constant acceleration of -g. | Text File | |||||||||||||||||
| Accelerometer
Data James Dowling |
Angular displacement and acceleration data from an experiment that was reported in BIOMECHANICS X-B (ed:Bengt Jonsson) Human Kinetics Publishers, Champaign, IL. pp.1163-1167. | Information and Downloads | |||||||||||||||||
| Benchmark
Data Peter Vint |
Benchmark data from Pezzack et al. (1977). | Information & Downloads | |||||||||||||||||
| Benchmark
Data Ton van den Bogert |
Benchmark data and software for 2-D inverse dynamic analysis of running | Information & Downloads | |||||||||||||||||
| Test Data Giannis Giakas |
This directory contains data, software, and documentation for the study "Different Cut-off Frequency Strategies for the Determination of the Higher Derivatives", by Giannis Giakas and Vasilios Baltzopoulos. | Information & Downloads | |||||||||||||||||